The GC controller will now start GC. (rate 1 = aa....aa, rate 2 = bb....bb, rate 3 = cc....cc, free (new) = dd....dd, total (new) = ee....ee, max (new) = ff....ff, free (old) = gg....gg, total (old) = hh....hh, max (old) = ii....ii, free (permanent) = jj....jj, total (permanent) = kk....kk, max (permanent) = ll....ll, threshold value = mm....mm)

aa....aa: Memory occupied (in %) by Old area
bb....bb: The percentage (%) of memory occupied by the New area with respect to the free memory of the Old area
cc....cc: Memory occupied (in %) by the Permanent area
dd....dd: Free memory size (in bytes) of New area
ee....ee: Total memory size (in bytes) of New area
ff....ff: Maximum memory size (in bytes) of New area
gg....gg: Free memory size (in bytes) of Old area
hh....hh: Total memory size (in bytes) of Old area
ii....ii: Maximum memory size (in bytes) of Old area
jj....jj: Free memory size (in bytes) of Permanent area
kk....kk: Total memory size (in bytes) of Permanent area
ll....ll: Maximum memory size (in bytes) of Permanent area
mm....mm: Threshold value

Description

The garbage collection control functionality will start the garbage collection.

Details when insufficient available memory is detected

Rate 1: Ratio of the Old area consumption size with respect to the Old area total size

Rate 2: Ratio of the New area total size with respect to the Old area maximum available size

Rate 3: Ratio of the Permanent area consumption size with respect to the Permanent area total size

Free [New]: New area free memory size

Total [New]: New area total memory size

Max [New]: New area maximum memory size

Free [Old]: Old area free memory size

Total [Old]: Old area total memory size

Max [Old]: Old area maximum memory size

Free [Permanent]: Permanent area free memory size

Total [Permanent]: Permanent area total memory size

Max [Permanent]: Permanent area maximum memory size

Threshold value: Threshold value